Symphony Transparent Nail Art Practice Display Stand Acrylic Practice Base

Features: 1.Comfortable tactility: our magnetic nail practice stands are made of plastic and acrylic material, with sturdy structure and comfortable tactility, durable and firm to use, not easy to fade, rust or break, allow for lasting serving time. 2.Practice and display purpose: our acrylic nail display stands are good assistants for you to practice your nail decoration skills and display stands for salon store to show their exquisite false nails, practical for both salon and personal use. 3.Effortless to operate: every fingernail diy nail decoration stand is designed with a magnetic bottom which is easier to stay attached to the magnetic crystal holder securely without sliding or falling off, bring you an effortless and comfortable nail decoration crafting process. 4.Universal usages: these magnetic nail practice stands are good for nail decoration practicing and displaying, nice choices for nail decoration learning beginner, nail decoration favor, salon artist, personal usage and more. 5.Unique magnetic design: each small seat and base are provided with metal magnetic surfaces, the magnet at the bottom is sturdy, can easily absorb the iron piece on the top of the crystal base, easy to use and keep firmly, convenient to pick and place, make your nail art training process more convenient and thoughtful. because it is magnetic, so it is detachable which mean it is asy to use, clean and store. Specification: 100% brand new quality. Item Name: Symphony transparent manicure practice holder Material:acrylic Color: As the picture shows Size:As the picture show(1inch = 2.54cm) Square:8.5cm/3.35in Quantity:1 Pcs or 5 Pcs Package includes: 1Pcs Symphony transparent manicure practice holder or 5 Pcs Symphony transparent manicure practice holder Note: 1.Due to the different monitor and light effect, the actual color of the item might be slightly different from the color which is showed on the pictures. 2.Please forgive 1 cm/0.39"-3 cm/1.18" measuring deviation due to manual measurement.